Structural Geology Courses
Results 1 - 15 of 31 matches
Using Field Observations and Field Experiences to Teach GeoscienceAn Illustrated Community Discussion
Karen Grove, San Francisco State University
The introductory level course teaches geology majors basic skills in the context of a field-based problem, the integrating theme for the semester, so that they can more rapidly achieve an advanced skill level in ...
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Structural Geology with Field Geology lab
Phil Resor, Wesleyan University
In this majors-level course students learn how to 1) collect data for structural and tectonic analyses, 2) synthesize and analyze these data to generate and test hypotheses, and 3) apply these structural and ...
Structural Analysis of Rocks and Regions (SARR)
Florian Fusseis, The University of Edinburgh
SARR aims to reverse the theory-first/application-second approach of most common structural geology textbooks. It confronts students with lectures and practicals on deformed regions around the globe that, combined, ...
Petrology and Plate Tectonics
Allen Glazner, University of North Carolina at Chapel Hill
This course is organized around the igneous and metamorphic processes that govern the rock cycle, all within the context of plate tectonics. Rather than addressing igneous and metamorphic rocks and processes as ...
Phillip G. Resor: Using GPS, Strain, and Earthquakes in Structural Geology at Wesleyan University
My course is one of several core courses that Earth and Environmental Science major students can choose from at Wesleyan. The course integrates field and laboratory exercises, quantitative analyses, and readings from the primary literature to teach students about rock deformation and its importance to a variety of societally relevant problems. I taught the GPS, Strain and Earthquakes module about midway through the course after students had been introduced to concepts of deformation, mapping and measurement of geologic structures and quantification of stress.
Vince Cronin: Using GPS, Strain, and Earthquakes in Structural Geology at Baylor University
Students get particularly excited when they learn that GPS deformation analyses are a recent research area that most geology majors are not even studying yet and are really tickled to learn frontier science. Learning about earthquakes from the position of research that could be helpful to societal planning, empowers them to think about geology in a much more active way: make geohazards more manageable. They were very interested to see the link between GPS measurements of strain in the crust and faults and folds that seem to be the product or physical manifestation of the strain that they computed. And where those faults pass through population centers, they came to understand the growing threat faced by the people of those communities.
Dan Morgan, Vanderbilt University
This course addresses many topics about how rocks break and deform, for which I try to emphasize applications to earthquakes, hydraulic fracturing, hydrocarbon extraction, and landscape evolution.
Structural Geology and Tectonics
Steve Hurst, University of Illinois at Chicago
Junior -senior level course introduction to structural geology and tectonics
Elizabeth Goeke, Salem State University; Elizabeth Goeke, Vassar College
Structural Geology course that focused on how theoretical knowledge of the brittle and ductile behavior of a wide-range of geological materials can be applied to real-world problems.
Angela Moore, Guilford College
An introductory structural geology course that includes the study of stress and strain, rheology, qualitative aspects of brittle and ductile deformation processes, and descriptive analysis. Tectonics is also ...
Structural Geology (EAS 425)
Kyle Fredrick, California University of Pennsylvania
Conventional Structural Geology course with a primary focus on recognizing and measuring structure. Considerable time is spent on graphical analysis of structures (3-point problems, stereonets, remote and field ...
Microstructure and Rock Rheology
Whitney Behr, The University of Texas at Austin
This course focuses on microphysical processes of deformation operative in the crust and upper mantle, with an emphasis on distinguishing these processes using microstructural analysis.
Geologic Structures and Map Interpretation
Genet Duke, Northeastern Illinois University
Determination of the attitude and thickness of inclined strata and their bearing on outcrop patterns; preparation of geological maps from given field data; and interpretations of aerial photos, topographic maps, ...
Howell Bosbyshell, West Chester University of Pennsylvania
Determination of the sequential development and the forces involved in the various structural features of the earth.
Jack Loveless, Smith College
Introductory structural geology